A cold shower that won’t warm up. Faucets that cough, then quit. The pressure gauge pinned at zero. That’s how most pump calls start for me. In more than three decades of field work, the common threads are consistent: wrong pump sizing, tired motors running off-curve, plumbing friction losses nobody calculated, and control settings that make the pump short-cycle itself to death. Energy bills climb, components overheat, and sooner or later, the household goes dry.
Two Januarys ago, the Contreras family learned this the hard way. Mateo Contreras (39), a public school math teacher, and his wife, Lila (36), a veterinary technician, live on 6 acres outside Baker City, Oregon, with their kids—Nico (9) and Aria (6). Their 240-foot private well had been limping along on a 3/4 HP budget submersible that never matched the well’s TDH. When their previous pump (a failing budget unit) began short-cycling and finally seized, they were hit with two problems: no water and a spiking electric bill from months of inefficient run times. After a quick call to PSAM, we sized them into a Myers Predator Plus Series with a Pentek XE high-thrust motor, and the change was immediate—steady pressure, lower amperage draw, and sane energy costs.
In this guide, I’m going to show you how to squeeze every ounce of performance and efficiency from a Myers submersible, from proper pump curve matching and pressure tank sizing to control settings, wire gauge checks, and grit management. We’ll walk through 12 practical, tested steps:
- Size to your system’s TDH and household GPM so your pump runs near its Best Efficiency Point Use 300-series stainless components and Teflon-impregnated staging to fight friction losses over time Leverage Pentek XE motor efficiency and protection features Right-size your pressure tank and dial-in your pressure switch Reduce friction in drop pipe and plumbing Choose the correct 2-wire or 3-wire configuration for your application Match horsepower and staging to real-world depth and drawdown Protect against sand, grit, iron, and scale to preserve efficiency Use check valves correctly and eliminate water hammer Verify voltage, wire gauge, and amperage draw on startup and seasonally Maintain the system: flushes, anode protection where applicable, and screen cleaning Plan for long service life with Myers’ 3-year warranty and field-serviceable design
Let’s get you efficient, reliable, and ready for the long haul.
Awards and credentials matter here. Myers Predator Plus Series submersibles deliver 80%+ hydraulic efficiency when operating near BEP, carry an industry-leading 3-year warranty, and are backed by Pentair R&D. These are Made in USA, NSF/UL/CSA certified systems built with 300 series stainless steel, engineered composite impellers, and the Pentek XE motor—thermal and lightning protected.
At PSAM, we stock the right accessories—pitless adapters, torque arrestors, pressure tanks, fittings kits—and I vet every “Rick’s Picks” recommendation to keep your install clean, efficient, and dependable. I’ve seen what works in the field and what costs you over time. Let’s dive in.
#1. Size at the Best Efficiency Point – Use the Pump Curve, TDH, and GPM to Hit 80%+ BEP
When a submersible runs near its Best Efficiency Point, you get maximum water per kilowatt and minimum heat in the motor—exactly what keeps energy bills down and components alive.
The right way to size your Myers submersible is by calculating your TDH (total dynamic head) and matching that to the pump curve at your household GPM rating. Factor in static water level, drawdown, elevation gain, friction losses, and pressure setpoint (PSI x 2.31 = feet of head). For most homes, 8–12 GPM covers simultaneous fixtures; larger homes, irrigation systems, or livestock watering may require 12–20+ GPM. Myers Predator Plus Series offers multiple models in the 7–20+ GPM range with stages tuned for 250–490 ft shut-off head. When you land near BEP, hydraulic efficiency crosses 80%, and your amperage draw is stable and predictable—exactly what you want.
The Contreras well tested at 240 ft with a 40/60 pressure switch, 50 ft of elevation to the home, and 1-1/4" drop pipe. I sized them into a 1 HP Myers 10–12 GPM profile that hit BEP near 300 ft TDH. Their runtime smoothed out and the monthly energy bill dropped by roughly 18%.
Sizing the System: Simple Steps
- Measure static and pumping levels, depth to pump set, and elevation to the pressure tank. Add 50–70 feet of head for a 40/60 switch. Then add friction losses from the chart. You’ll hit your TDH. Cross your TDH and required GPM on the Myers curve. Choose the model whose BEP sits closest to your operating point. If your household patterns peak (irrigation, laundry, showers), size at peak plus 10–15% margin rather than average daily use.
Why BEP Protects Your Motor
- Running off-curve means the motor works harder for less water, building heat. The Pentek XE motor has thermal overload protection, but you shouldn’t rely on it. Proper BEP alignment prevents nuisance trips and extends insulation life.
Pipe and Pressure Impacts
- Every PSI adds 2.31 ft of head. Every elbow, tee, and small-diameter run adds friction. Upsizing the drop pipe and minimizing fittings buys you efficiency.
Key takeaway: Start here. Pumps sized at BEP pay you back every month—and every year.
#2. Stainless Steel That Stays Efficient – 300 Series Stainless Steel, Intake Screen, and Threaded Assembly
Efficiency bleeds away when corrosion roughens surfaces and clogs intake screens. Myers fights that with 300 series stainless steel in the shell, discharge bowl, shaft, coupling, wear ring, and suction screen.
The smoother the internal flow passages remain, the less turbulence and friction you create, which preserves GPM at a given watt draw. Corroded or pitted components waste energy. In mineral-rich or acidic wells, stainless outlasts mixed-metal builds. The threaded assembly also makes this pump field serviceable: you can replace worn stages or check the intake screen without pitching the whole unit. That keeps the pump operating close to its original curve, not sagging year after year.
After moving to Myers, Lila noticed her iron staining taper off following a filter change because the intake screen and stages weren’t sloughing corrosion into the line. When you prevent rusting and fouling, you preserve efficiency.
Why Material Matters
- Stainless resists the micro-roughness that kills hydraulic efficiency. Smooth surfaces equal lower friction and less heat for the same output. The suction screen keeps larger grit out, reducing wear on engineered composite impellers and maintaining flow.
Field Serviceability Saves Efficiency
- Replacing a worn wear ring or fouled stage restores your curve. With Myers, on-site repairs are feasible; you’re not trapped in a replace-and-hope cycle.
Rick’s Recommendation
- In high-iron or low pH regions, stainless is non-negotiable. It’s not cosmetic—it’s an energy and longevity decision.
Key takeaway: Materials determine how well your pump keeps its day-one performance. With stainless, it does.
#3. Pentek XE Efficiency – High-Thrust Motor, Thermal Protection, and Lightning Protection
Motors make or break your energy bill. The Pentek XE motor driving Myers Predator Plus Series is tuned for efficient torque delivery and low amperage draw under load.
That matters because rural voltage can be uneven. Starting torque and sustained torque at the proper slip keep the pump on curve without excess heat. The XE includes thermal overload protection and lightning protection—two features that safeguard against common rural power events. A motor that doesn’t overheat maintains winding integrity; a lightning-protected unit avoids nuisance burnouts. Efficient motor, efficient water.
Mateo watched his panel meter before and after: with the new Myers, his running amps dropped 0.6–0.8 A compared to the failing unit—quiet proof of efficiency at work.
High-Thrust for Deep Wells
- Deep wells need thrust bearings that can handle stacked stages without friction spikes. The XE’s design keeps bearing loads balanced, which directly reduces wasted energy as heat.
Motor Health and Energy
- Every extra degree of heat halves insulation life. Less heat from efficient operation equals fewer replacements and lower operating costs.
Voltage, 230V Preference
- For runs over 200 feet, 230V single-phase reduces voltage drop and amp draw versus 115V. Pair with proper wire gauge to protect motor efficiency.
Key takeaway: Put a premium motor behind a well-sized pump, and you’ll feel it on the bill.
#4. Tank and Switch Harmony – Pressure Tank Sizing, Pressure Switch, and Short-Cycle Prevention
Short cycling is an efficiency killer. Each rapid start draws high current, heats windings, and wastes power. Correct pressure tank sizing and pressure switch settings eliminate that problem.
Aim for a tank drawdown that gives at least a one-minute run time at your average flow, two minutes is better. For a 10 GPM delivery, a drawdown of 10–20 gallons is healthy. With a 40/60 pressure switch, pre-charge the tank to 38 PSI. That staging reduces starts per day and keeps the motor in a stable operating range near BEP.
The Contreras system initially had a tiny tank with a 30/50 switch mismatched to their home’s usage; it banged on and off all evening. We replaced the tank with a larger unit and set a clean 40/60. Their run cycles lengthened, noise vanished, and plumbingsupplyandmore.com their energy use normalized.
Pressure Switch Tuning
- Verify cut-in/cut-out with a calibrated gauge. If your well has marginal recovery, consider 30/50 to reduce lift. For multiple fixtures and irrigation, 40/60 feels better inside the house.
Air Charge Matters
- Tank pre-charge 2 PSI below cut-in. A chronically mischarged tank mimics a failed system—constant starts, surging, and angry motors.
Flow Match
- If your household regularly draws 8–12 GPM, size the tank and piping to keep the pump running steadily during those intervals.
Key takeaway: Stable cycles equal efficient, long-lived pumps. Don’t skimp on tank capacity.
#5. Reduce Friction Everywhere – Drop Pipe Diameter, 1-1/4" NPT, and Fittings Count
Water that rubs too hard wastes watts. Reducing friction from the drop pipe up to the pressure tank can cut energy use and preserve pressure at fixtures.
Use 1-1/4" drop pipe where possible and keep elbows to a minimum. The Myers submersible discharge is typically 1-1/4" NPT—use it. Each downsizing, extra elbow, or long run of small-diameter pipe jacks up head loss. That pushes your system off the pump’s BEP, increasing amp draw and lowering delivered GPM. Simple layout improvements often return more efficiency than exotic add-ons.
For the Contreras home, swapping a throttling 1" section to full 1-1/4" along the pitless to tank run shaved multiple feet of head loss. Not glamorous, but effective.
Smooth Transitions
- Use long-radius bends and minimal tees. Every fitting has an equivalent length. Too many and your “short” system pretends to be deep.
Pipe Material
- SDR-rated poly or sch 80 PVC drops friction over rough or scaled galvanized. Keep interiors slick to keep watts down.
Flow Velocity Targets
- Keep velocities under 5 ft/s in main runs to reduce turbulence and noise. That stability supports accurate pressure switch behavior.
Key takeaway: Energy lost to friction is energy you keep paying for. Open up the path.
#6. Choose the Right Wire Configuration – 2-Wire vs 3-Wire Well Pump, Control Box Simplicity
On residential systems, fewer parts often mean fewer losses https://www.plumbingsupplyandmore.com/convertible-shallow-or-deep-well-jet-pump-1-2-hp.html and lower upfront cost. Myers offers 2-wire well pump and 3-wire well pump options to suit depth and service preferences.
A 2-wire configuration simplifies installation—no external control box, fewer connections, and less to fail. That reduces potential voltage drop and can save $200–$400 in parts and labor. For deeper wells requiring frequent service checks or specific start capacitor strategies, 3-wire has its place. The key is matching motor characteristics and well depth.
The Contreras well runs beautifully on a 2-wire 230V setup. Their previous pump had control box issues that masked motor decline. One clean, integrated design solved two problems—complexity and efficiency.
When 2-Wire Shines
- Up to mid-depth systems where starting torque needs are met by the integrated design. Fewer terminations equal fewer corrosion points.
When 3-Wire Helps
- Very deep wells or unique start/run requirements where separated capacitors are beneficial. Contractors who prefer component-level swaps may choose 3-wire.
Keep It Tight
- Whichever you select, use a high-quality wire splice kit and heat-shrink connections. Voltage consistency preserves motor efficiency.
Key takeaway: Simpler is often smarter—and more efficient—when your depth and load allow it.
#7. Match Horsepower and Staging – 1/2 HP to 2 HP, TDH, and Shut-Off Head
A pump that’s too small runs hot and wheezes; too large and it short-cycles and drinks power. Myers offers 1/2 HP, 3/4 HP, 1 HP, 1.5 HP, and 2 HP with multiple stages to match your max pumping depth and required GPM.
With a 240 ft well and 40/60 pressure, the Contreras family’s system totals near 300 ft of head under load. A Myers 1 HP deep well model with the right staging provided 10–12 GPM at BEP with a comfortable margin to the shut-off head. The result: strong shower pressure, steady irrigation, and an energy-efficient duty cycle.
Reading the Curve
- Identify the operating point at cut-in and cut-out pressures. Make sure the pump holds both without exhausting the motor or creeping toward shut-off.
Don’t Oversize “Just in Case”
- Extra HP isn’t a savings account—it’s a penalty. Oversized systems short-cycle and waste energy at partial flow.
Future-Proofing
- If you plan to add irrigation zones or a barn line, move up one staging option rather than a full HP jump, staying near BEP.
Key takeaway: Horsepower is a tool, not a trophy. Pick the right one for your head and flow.
#8. Keep Grit and Minerals at Bay – Teflon-Impregnated Staging, Self-Lubricating Impellers, and Intake Screen
Efficiency falls apart when impellers erode and clearances widen. Myers uses Teflon-impregnated staging and self-lubricating impellers that resist sand scoring and grit abrasion.
That design keeps hydraulic clearances tight over years of service, preserving GPM at your usual watt draw. The intake screen blocks larger particles before they wreck the internals. In wells with seasonal sand or silt, these materials are the difference between 8–15-year performance and a 3-year treadmill.
The Contreras well showed minor grit during late summer drawdown. With Myers’ engineered composite, their flow stayed consistent through harvest season and didn’t spike the energy bill.
Pre-Filtration Strategies
- In known sandy wells, consider a sediment separator upstream of the house. Let the pump handle water, not rocks.
Drawdown Management
- Set the pump above known sand seams. A few feet higher can save hundreds in wear and kilowatt hours over time.
Annual Check
- Inspect filters for unusual loading. Rising sediment is a red flag for screen clogging and efficiency loss.
Key takeaway: Stop grit at the gate and choose impellers that don’t wear out under pressure.
#9. Smart Check Valves, No Hammer – Internal Check Valve, Secondary Check, and Pitless Adapter
Water hammer robs efficiency and breaks parts. Myers integrates an internal check valve to hold column water and prevent backspin. Install a secondary check at the tank tee if needed, but don’t stack multiple checks in the vertical run—trapped air pockets create hammer and add head loss.
We saw a mismatched scheme in the Contreras system: three separate checks that chattered on shutoff. Once we corrected to the internal plus a single serviceable check near the tank and cleaned up the pitless adapter alignment, the slam stopped. Pressure stabilized, and the pump’s start-up load normalized.
Proper Placement
- One check in the pump, one near the tank. Avoid mid-run checks that trap columns of water and air.
Hammer Diagnostics
- Listen at shutoff. If you hear a slam or see the gauge bounce, re-evaluate valve placement and air chambers.
Efficiency Angle
- Hammer equals energy turned into shock, not water delivery. Take the shock out, put the watts into flow.
Key takeaway: Valve discipline preserves components and keeps your pump efficient and quiet.
#10. Electrical Integrity – 230V, Voltage Drop, Wire Gauge, and Amperage Draw
Even a perfect pump loses efficiency if starved of voltage. Long runs to the well head demand proper wire gauge and attention to voltage drop. Always verify amperage draw at startup and seasonally.
For 230V single-phase systems, keep total drop below 5%. Undersized wire causes extra heat in the motor to get the same work done. Use a proper torque arrestor and cable guard to keep wires from rubbing on the casing. When we installed the Myers for the Contreras family, we measured running amps and set a baseline. Months later, we checked again: same numbers, same efficiency.
Wire Sizing Basics
- Use a voltage drop calculator with your run length, motor amps, and 230V. Bump the gauge one size if you’re close—that insurance pays back for decades.
Seasonal Checks
- Hot summer and cold winter can reveal weak links. Verify voltage at the pressure switch and at the well cap.
Clean Connections
- Oxidized lugs add resistance. Tight, sealed connections protect your efficiency investment.
Key takeaway: Electricity delivered cleanly is energy converted efficiently. Measure, don’t guess.
#11. Control, Protect, Maintain – Pressure Tank Pre-Charge, Screen Cleaning, and Annual System Audit
An efficient pump needs occasional care. Verify tank pre-charge twice a year, clean or replace whole-house sediment filters, and inspect the well cap and conduit for moisture ingress. A 20-minute annual audit saves you from months of creeping inefficiency.
The Contreras routine is simple now: Mateo checks tank pre-charge (38 PSI for their 40/60), snaps a picture of the panel meter’s run amps, and notes any pressure switch chatter. If something drifts, we catch it early. Myers’ field serviceable design means if a stage ever shows wear, we can address it without a full unit replacement.
Filter Strategy
- Sediment filters protect fixtures but can starve flow if neglected. A clogged filter pushes the pump to run longer for the same shower.
Wellhead and Cap
- Keep pests and moisture out. Contamination can clog the intake screen and load the system.
Document the Numbers
- Record static level, running amps, and pressure readings. A simple logbook is a powerful diagnostic tool.
Key takeaway: Light maintenance preserves heavy efficiency gains.
#12. Warranty, Shipping, and Support – 3-Year Warranty, Made in USA, and PSAM Same-Day Shipping
Myers backs the Predator Plus with an industry-leading 3-year warranty—far beyond the typical 12–18 months you’ll see elsewhere. Add Made in USA quality and NSF/UL/CSA certifications, and you’ve got a system built for the long run. At PSAM, we stock common horsepower ranges— 1/2 HP through 2 HP—and ship same-day on in-stock items so you’re not waiting with a dry house.
For the Contreras family, that combination—fast shipping, a proven design, and a real warranty—turned a cold January emergency into a same-week solution. Their energy bill fell, their showers returned to normal, and their trust in the system was restored.
Documentation and Curves
- We provide pump curves, install manuals, and part breakdowns. When you need data, it’s there—no guesswork.
Accessories in One Shot
- Order the pitless adapter, safety rope, torque arrestor, wire splice kit, and tank tee kit in the same cart. Get water flowing faster.
Rick’s Picks
- I curate accessories that prevent callbacks. What I recommend is what I’ve found to work on real installs.
Key takeaway: Premium gear with real backing, shipped fast, supported by pros—that’s an efficiency plan you can trust.
Detailed Competitor Comparison #1: Materials, Motors, and Efficiency (Myers vs Goulds vs Red Lion)
From a materials standpoint, Myers Pumps lean on full 300 series stainless steel for shell and key internals, while some Goulds residential models incorporate cast iron in components that live with water. Cast iron can corrode in low pH or high mineral conditions, roughening flow paths and sapping efficiency. Red Lion’s reliance on thermoplastic housings in many models keeps cost down but doesn’t handle thermal expansion or repeated pressure cycling as gracefully as stainless—cracks and microleaks waste energy and pressure. On motors, the Myers Pentek XE platform runs cool with high-thrust bearings and thermal overload protection, positioned for stable amperage near BEP.
Real-world, that means fewer service calls and tighter curves over time. A stainless hydraulic stack and corrosion-resistant screen keep your GPM up at the same watt draw. Cast iron corrosion and thermoplastic fatigue, by comparison, slowly erode flow or trigger replacement, increasing lifetime kilowatt hours per gallon delivered. Maintenance becomes predictable, not reactive.
If your water is your lifeline—and for rural families it is—durability and efficiency aren’t optional. With stainless construction, engineered staging, and XE motors backed by Pentair and PSAM support, Myers delivers consistent performance that proves worth every single penny.
Detailed Competitor Comparison #2: Controls, Complexity, and Ownership Cost (Myers vs Franklin Electric vs Red Lion)
Control strategies and serviceability play directly into energy use and downtime. While some Franklin Electric submersibles integrate proprietary control boxes that often steer homeowners into specialized dealer networks, the Myers Predator Plus Series offers field-serviceable threaded assemblies and flexible 2-wire or 3-wire configurations. Fewer proprietary parts can mean fewer voltage drops across aging boards and simpler troubleshooting that keeps your system on-curve. Red Lion, positioned as a mid-range brand with thermoplastic shells in many units, starts attractively priced but may experience housing or bearing fatigue under frequent pressure cycles, nudging the pump off its efficiency sweet spot earlier in life.
Practically, this impacts total ownership cost: energy bills while the pump is running off-curve, time spent chasing parts, and replacement frequency. Myers’ design lets competent contractors maintain core hydraulics on-site, preserving BEP operation for years. Long-term, combining efficient hydraulics, XE motors, and a 3-year warranty lowers your per-gallon energy cost.
For households like the Contreras family—no municipal backup, daily use, Oregon winters—consistent performance and straightforward service pathways aren’t just nice-to-have; they’re survival features. That’s why a Myers submersible from PSAM is worth every single penny.
FAQ: Expert Answers for Efficient Myers Submersible Systems
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with the math. Calculate TDH: static water level + drawdown + elevation to the tank + pressure in feet (PSI x 2.31) + friction losses. Then decide on your household flow, typically 8–12 GPM for a 3–4 bedroom home. Cross those numbers on the Myers pump curve. A 1/2 HP may suit shallow wells (under ~120 ft TDH) at modest GPM; 3/4 HP and 1 HP commonly serve 150–300 ft TDH at 8–12 GPM; 1.5–2 HP for very deep or higher-flow systems. Match the model whose BEP falls near your operating point at 40/60 PSI (or 30/50 if you prefer). For example, a 280–320 ft TDH and 10 GPM target often lands on a 1 HP Myers deep well profile with appropriate stages. Rick’s recommendation: don’t oversize HP “just in case.” If you plan future irrigation, step up staging or GPM class rather than jumping a full horsepower unless the curve requires it.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most single-family homes operate comfortably at 8–12 GPM. Larger homes, dual laundry setups, or irrigation zones may justify 12–20+ GPM. Multi-stage submersibles stack pressure—each stage adds head—so a 10 GPM pump with the right number of stages will handle deeper wells and higher set pressures (e.g., 40/60 PSI) without falling off the curve. Myers uses engineered composite impellers that maintain tight clearances for strong pressure generation even as the system ages. If you want strong showers during simultaneous use, prioritize a pump curve that holds your target GPM at both cut-in and cut-out pressures. Rick’s tip: avoid “max flow rate” marketing. Always match your system’s TDH and operating pressure against the actual curve.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Two keys: operating at BEP and component quality. At BEP, the Myers hydraulic design converts motor power into water movement with minimal turbulence. The Teflon-impregnated staging and self-lubricating impellers keep clearances tight, which preserves that efficiency over time. The Pentek XE motor adds electrical efficiency, delivering torque without excess heat. Unlike mixed-metal designs that corrode or thermoplastic housings that fatigue, Myers’ 300 series stainless steel keeps flow paths smooth, so the pump’s day-one curve stays close to day-1,000. On a 10 GPM setup at 40/60 PSI with 230V power and proper wire gauge, it’s common to see high efficiency endure for many years. My advice: measure run amps at commissioning and annually—stable numbers indicate you’re still near BEP.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Underwater metal meets minerals, pH swings, and galvanic relationships. 300 series stainless steel resists corrosion and pitting far better than cast iron submerged in varying chemistry. When internal surfaces pit, water flow turns turbulent and friction increases. That robs GPM at the same watt draw, making your “same” shower cost more to deliver. Stainless also resists scale adhesion compared to rougher iron surfaces. Myers extends stainless to critical components—shell, discharge bowl, shaft, wear ring, and suction screen—so hydraulics stay smooth. In acidic or iron-rich wells, the difference in long-term energy cost is real. Rick’s field note: stainless isn’t a luxury; it keeps your curve honest and your energy spend predictable.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit acts like sandpaper. Ordinary plastics and bare metals wear, widening internal clearances. Myers uses Teflon-impregnated staging with self-lubricating impellers that reduce friction against abrasive particles. The lubrication reduces heat at contact points; the composite material resists scoring, so efficiency declines more slowly, if at all, in sandy wells. Combine that with the intake screen to keep larger debris out, and you’ve got a hydraulic stack that maintains pressure without overworking the motor. In late-summer drawdowns when sand shows up, these materials pay for themselves by preventing amp creep and loss of head. Pro tip: set your pump above known sand seams and consider a sediment separator for the house.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor balances starting and running torque for multi-stage loads, using high-thrust bearings designed for vertical duty. Efficient torque delivery means fewer watts wasted as heat, especially at deeper heads. Built-in thermal overload protection and lightning protection guard against power anomalies that would otherwise degrade windings. On 230V, the XE maintains stable amperage draw across the normal pressure cycle, keeping your system closer to BEP. In practice, that stability shows up as predictable run times and lower monthly kWh for equal gallons delivered. My advice: log your amps at commissioning—XE motors make it easy to spot when friction or voltage issues start nudging you off-curve.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Plenty of competent DIYers install Myers submersibles successfully—especially 2-wire configurations with clean 230V supply and moderate well depths. However, you’ll need the right tools, a helper for safe lowering, a proper wire splice kit, torque arrestor, safety rope, and correct pitless adapter alignment. You also need to calculate TDH, size the pressure tank, set the pressure switch, and verify voltage and amps. If your well is 300–500 feet, has known sand issues, or requires a 3-wire with external control box, I recommend hiring a licensed contractor. At PSAM, we provide pump curves, wiring diagrams, and fittings kits—plus phone support. Rick’s bottom line: if you’re unsure about electrical calculations or safe wellhead practices, bring in a pro. Your efficiency and safety depend on it.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump integrates the start components in the motor, so you run two hot leads plus ground from the pressure switch—no external control box. It’s simpler, often cheaper up front, and removes one failure point. A 3-wire well pump uses an external control box with start and run capacitors/relays; some contractors prefer it for deep systems where swapping a capacitor topside is easier than pulling the pump. Electrically, both can be efficient when sized and wired correctly. For many residential depths, 2-wire 230V is a clean solution that trims parts cost and complexity. If you have unique starting demands or contractor preference, 3-wire is justified. Either way, choose proper wire gauge and keep voltage drop below 5% to protect efficiency.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With appropriate sizing, clean power, and minimal grit, a Myers Predator Plus submersible routinely delivers 8–15 years, and I’ve seen well-cared-for systems stretch 20–30 years. Longevity comes from stainless hydraulics, engineered composite impellers, and the Pentek XE motor running cool near BEP. Maintenance that moves the needle: correct pressure tank pre-charge, annual filter changes, seasonal voltage/amp checks, and keeping the intake screen and wellhead clean. If your well has abrasive sand, raise the set depth above the seam and consider pre-filtration for the house. Rick’s rule: pumps don’t “just die”—they’re pushed off-curve by friction, poor wiring, or short-cycling. Control those, and lifespan follows.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Twice yearly, verify tank pre-charge (2 PSI under cut-in) and record run amps and pressure behavior. Replace sediment filters per load—monthly if heavy, quarterly if light. Inspect the well cap and conduit for moisture ingress. Annually, review your pressure switch contacts for pitting and confirm voltage at both the panel and wellhead under load. Every 3–5 years, check the pitless and drop pipe for leaks or corrosion if accessible. In sandy wells, consider a periodic flush when water clears, ensuring you don’t starve fixtures during the process. Keep a logbook: static level, pumping level (if you measure), amps, and notes. The small time investment preserves efficiency and avoids surprise failures.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
The Myers 3-year warranty outpaces typical 12–18 month coverage in the residential submersible space. It covers manufacturing defects and performance issues under normal use. Pair this with Made in USA manufacturing and NSF/UL/CSA certifications, and you get robust assurance. Contrast that with shorter warranties that leave you exposed if a marginal component fails in year two. In practice, the Myers warranty fits the reality of a well system: a vital appliance running daily, expected to last years. PSAM supports claims and provides parts access if service is needed. My field view: warranties don’t make pumps better; they reflect confidence in design. Myers’ coverage protects your long-term efficiency and ownership costs.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Let’s ballpark. A budget pump might cost half up front but last 3–5 years, often running off-curve by year two. Add replacement labor (or your time), increased kWh from declining efficiency, and potential plumbing wear from hammer or cycling. Over 10 years, you could buy two or three budget pumps plus extra electricity, easily eclipsing the cost of one Myers Predator Plus. Myers brings the Pentek XE motor, 300 series stainless steel, Teflon-impregnated staging, and a 3-year warranty, keeping you near BEP and minimizing kWh per gallon. For a household drawing 100–150 gallons per day, a properly sized Myers can shave 15–25% off pump-related electricity vs a tired off-curve unit, while avoiding mid-cycle replacement. Rick’s verdict: factor energy and downtime, not just sticker price—Myers wins the decade.
Conclusion: Efficiency is a system, not a single part. When you size at BEP, run a Myers Predator Plus Series with a Pentek XE motor, use stainless hydraulics, minimize friction, and tune your tank and controls, you turn wattage into water—day after day, year after year. That’s exactly what we built for the Contreras family, and it’s what we can build for you.
Ready to spec your Myers submersible or need a quick replacement? Call PSAM. We’ll size it right, ship it fast, and set you up with Rick’s Picks—pitless, torque arrestor, splice kit, tank tee, and fittings—so your well runs efficiently and reliably. A properly selected Myers pump isn’t just a product. It’s peace of mind, and yes—it’s worth every single penny.